CHC(ceramic heating core) Hemera Hotend

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$30.28 $29.90
Trianglelab CHC Hemera Hotend ceramic heating core quick heating for DDE KIT ender 3 V6 hotend CR10 v3 mk3s 3d printer upgrade
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  • size:
    CHC Hemera Hotend 12v
    CHC Hemera Hotend 24v
Availability: In Stock
  • Description
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The ceramic heating core is officially named CHC series.
It will be used as the core to make a variety of HOTEND assemblies.
Currently available for purchase are V6 specifications, HEMERA specifications, CR10 specifications.
New models will be added after March. That is the ultimate perfect CHC HOTEND. Stay tuned.
Ceramic heating core calendar represents:
1: The first generation of products (2015~2017)
2: Second-generation products (2019~2021)
3: The third generation of new products (2022)
Trianglelab CHC(Ceramic Heating Core) Hemera Hotend
*Built-in 104NT-4-R025H42G Thermal
Marlin Firmware Configuration
* 5:100K thermistor - ATC Semitec 104GT-2/104NT-4-R025H42G(Used in ParCan & J-Head) (4.7k pullup)
#define TEMP_SENSOR_0 5
ATC Semitec 10GT-2
sensor_type: ATC Semitec 104NT-4-R025H42G

Reinforcement treatment
▉What's in the box:
Set1:CHC(Ceramic Heating Core) Hemera Hotend 12V
*(The heatbreak is stainless steel)
Set2:CHC(Ceramic Heating Core) Hemera Hotend 24V
*(The heatbreak is stainless steel)
▉Wiring diagram:

Supports temperatures up to 300℃
ID09L08-60W ceramic heater power test
Roomtemperature 24℃
Controller BoardMKS BASE V1.4
Resistance at room temperature  10±1Ω    24V 57.6W MAX
Controller Boardpowervoltage24V DC
Firmware marlin2.0
No Firmwareheater power limiting  
Read the temperature from the LCD
Record the power consumption onthe Lab PSU while passing certain temperatures

Please note that the temperatures in the table are thermistor embedded in the melting zone not the actual temperatures of the heating element especially at low temperatures.
The power in the table above has been deducted from the consumption of the controller board and LCD 1.03W.

Cylindrical ceramic heaters can be optimized and symmetrically heated materials
The thermistor is directly installed in the BLOCK to obtain a more realistic temperature reading when the material comes out of the hot end
Lightweight design, suitable for fast printing
Small compression size
Compatible with any V5/V6/CR10/HEMERA/MATRIX radiator, up to 300℃ degrees Celsius

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